1965-1975 was first decade ever to expereince 100 times more engineering chnage in reas connecting laws moore - it is vital to understand which these world trade areas eg west coast usa and japan korea taiwan were and what they invenetsd (eg microelectronics, sipercity civil engineering and new distribution eg world class undergoround, bullet train, container shipping superports) advantaging transtaional coastal trades . This decade saw launch of space moon landing and satellite telecoms; computer evolution as well as chips power

Zmas 1976 Thje Economist survey entrepreneurial revolution mapped unpredented worldwide chnage and ned to redesign legislature of gov, corporates and development network foundation even on assumption of just 100 times more tech per decade; we can now see that humans actually experined

100 more 65-75

10 more 75-85

1000 more 85-95 personal www

1000 more 95-05

10000 more 05-15

100000 more ai beginns rising meta-exponentials

(nb tech intelligence rev0olutions unevenly distributed geograpphically; just as we need to undersdtand what trades were uniquely generated by ,oores law, we need to see million fold multipliers of jensen accelerated commputer maths brainpowewr design and 1g to 6G death of cost of satellite mapping life critical data flows

we should also celebrate von neumann training of Economist journalistrs of 1950s

always map mpre energy ahead of each tech leap

clarify win-win trades

integrate placxes prevupously left out of tech revolutions - eg late 19th c invention of electricity and telecoms spun 2 world wars through uneven acess not jut to iron and coal but electricity and telecomes; how much worse would uneven access be of these acclerating techs